1) plasma spray
等离子体喷流
1.
The process is that the mixture gas of methane and hydrogen flows through the plasma spray forming by DC arc discharge and spray it onto a water-cooled substrate,then the.
描述了用直流弧放电等离子体喷流CVD法来合成金刚石薄膜的过程。
2) DC arc plasma jet
直流电弧等离子体喷射
1.
Application of DC arc plasma jet in the commercialization of CVD diamond films;
直流电弧等离子体喷射在金刚石膜制备和产业化中的应用
2.
Numerical model for large area diamond film deposition by DC Arc Plasma Jet CVD method is proposed.
建立了直流电弧等离子体喷射ＣＶＤ大面积金刚石沉积数学模型。
3.
But during the process of producing diamond film by chemical vapor deposited technology, such as DC arc plasma jet, the problem of film cracking caused by excessive residual stresses has not been well solved yet.
本文以直流电弧等离子体喷射法制备自支撑金刚石厚膜为研究对象,以等离子体炬内外复杂的电、磁、热、力多场耦合变量以及金刚石膜热-力耦合条件下的应力为研究目标,对等离子体的流动和传热以及自支撑金刚石厚膜在制备中各个阶段的应力进行数值模拟,并揭示大尺寸金刚石厚膜发生开裂破坏的原因及其影响因素。
3) DC plasma jet
直流等离子体喷射
1.
After investigation of DC plasma jet CVD technique, we design the DC plasma jet array.
本文主要围绕“金刚石薄膜的高速生长”这一课题展开讨论,根据实验室已有条件,首先提出了应用直流等离子体喷射辅助HFCVD这一新式的复合方法来研究金刚石薄膜的高速生长工艺。
5) Plasma spray coating
等离子体喷涂层
1.
The plasma spray coatings of FeAl,FeCrAl and FeCrAlRE were prepared by using instantaneous high-energy shock wave effect produced by electro-thermal explosion of FeAl-based alloy foil.
利用金属导体FeAl系合金箔,电热爆炸产生的瞬间高能量冲击波效应,制备FeAl、FeCrAl、FeCrAlRE三种等离子体喷涂层。
2.
Three kinds of plasma spray coatings FeAl, FeCrAl and FeCrAlRE were prepared using instantaneous high-energy shock wave effect during electro-thermal explosion of FeAl conductor alloy foil.
利用金属导体FeAl系合金箔,电热爆炸产生的瞬间高能量冲击波效应,制备FeAl、FeCrAl、FeCrAlRE等离子体喷涂层。
6) plasma jet
等离子体喷枪
1.
The research about the wettability time-effect of the cotton treated by the Ar plasma jet in the atmospheric pressure;
等离子体喷枪氩等离子体辐照棉织物后亲水性“即时效应”的研究
2.
The initial research about the mutation of the ramie degumming microbe treated by the Ar plasma jet and the preliminary analysis of the ramie degumming fluid;
氩等离子体喷枪处理苎麻脱胶菌诱变的初步研究与实验中苎麻脱胶液的初步分析(英文)
3.
Low temperature plasma jet was introduced to mutate living microbe in the atmospheric pressure and at normal temperature.
本文介绍了使用一种等离子体喷枪的常压低温氩等离子体对苎麻脱胶菌物进行了诱变实验,曾发现使用Ar等离子体处理野生的苎麻脱胶菌进行处理后能够有比较快的脱胶速率和较好的脱胶质量,此次脱胶效果好的处理时间为3分钟。
补充资料：等离子体喷焰
分子式：
CAS号：
性质：发射光谱分析激发光源，温度在数千至一万多度，试样以溶液喷雾法或粉末吹样法注入。它是在阳极和环状阴极间产生数十至百安直流电弧放电，将氩气或氮气沿轴向引入，由于热收缩和电磁收缩效应，弧焰等离子体受到压缩，由环状阴极的中心孔喷出，形成等离子体喷焰。
CAS号：
性质：发射光谱分析激发光源，温度在数千至一万多度，试样以溶液喷雾法或粉末吹样法注入。它是在阳极和环状阴极间产生数十至百安直流电弧放电，将氩气或氮气沿轴向引入，由于热收缩和电磁收缩效应，弧焰等离子体受到压缩，由环状阴极的中心孔喷出，形成等离子体喷焰。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条